User contributions for Hhc16

14:2314:23, 20 November 2018 diff hist −8 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Implement a single cycle of the above algorithm in the montecarlocycle(T) function. This function should return the energy of your lattice and the magnetisation at the end of the cycle. You may assume that the energy returned by your energy()...
14:2014:20, 20 November 2018 diff hist +89 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: If T , do you expect a spontaneous magnetisation (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export the ou...
14:0714:07, 20 November 2018 diff hist +21 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: If T , do you expect a spontaneous magnetisation (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export the ou...
14:0414:04, 20 November 2018 diff hist 0 File:ILanim animate.gif Hhc16 uploaded a new version of File:ILanim animate.gif current
14:0314:03, 20 November 2018 diff hist 0 N File:ILanim animate.gif No edit summary
14:0114:01, 20 November 2018 diff hist 0 File:ILanim HHSC.gif Hhc16 uploaded a new version of File:ILanim HHSC.gif current
13:4813:48, 20 November 2018 diff hist 0 N File:Metastable HHSC.gif No edit summary current
13:4413:44, 20 November 2018 diff hist +3 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Implement a single cycle of the above algorithm in the montecarlocycle(T) function. This function should return the energy of your lattice and the magnetisation at the end of the cycle. You may assume that the energy returned by your energy()...
13:4113:41, 20 November 2018 diff hist +130 Rep:Simulations of a 2D Ising Model (hhc16) →Modifying IsingLattice.py
13:3613:36, 20 November 2018 diff hist +209 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Implement a single cycle of the above algorithm in the montecarlocycle(T) function. This function should return the energy of your lattice and the magnetisation at the end of the cycle. You may assume that the energy returned by your energy()...
13:2913:29, 20 November 2018 diff hist 0 File:ILanim HHSC.gif Hhc16 uploaded a new version of File:ILanim HHSC.gif
13:0013:00, 20 November 2018 diff hist 0 File:ILanim HHSC.gif Hhc16 uploaded a new version of File:ILanim HHSC.gif
12:5712:57, 20 November 2018 diff hist 0 File:ILanim HHSC.gif Hhc16 uploaded a new version of File:ILanim HHSC.gif
12:5412:54, 20 November 2018 diff hist +36 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Implement a single cycle of the above algorithm in the montecarlocycle(T) function. This function should return the energy of your lattice and the magnetisation at the end of the cycle. You may assume that the energy returned by your energy()...
12:5212:52, 20 November 2018 diff hist 0 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Implement a single cycle of the above algorithm in the montecarlocycle(T) function. This function should return the energy of your lattice and the magnetisation at the end of the cycle. You may assume that the energy returned by your energy()...
12:5112:51, 20 November 2018 diff hist 0 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Implement a single cycle of the above algorithm in the montecarlocycle(T) function. This function should return the energy of your lattice and the magnetisation at the end of the cycle. You may assume that the energy returned by your energy()...
12:5012:50, 20 November 2018 diff hist 0 N File:ILanim HHSC.gif No edit summary
12:4912:49, 20 November 2018 diff hist +82 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Implement a single cycle of the above algorithm in the montecarlocycle(T) function. This function should return the energy of your lattice and the magnetisation at the end of the cycle. You may assume that the energy returned by your energy()...
12:2812:28, 20 November 2018 diff hist +2 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Implement a single cycle of the above algorithm in the montecarlocycle(T) function. This function should return the energy of your lattice and the magnetisation at the end of the cycle. You may assume that the energy returned by your energy()...
11:4211:42, 20 November 2018 diff hist +21 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Repeat the final task of the previous section for the following lattice sizes: 2x2, 4x4, 8x8, 16x16, 32x32. Make sure that you name each datafile that your produce after the corresponding lattice size! Write a Python script to make a plot show...
11:4111:41, 20 November 2018 diff hist +26 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Repeat the final task of the previous section for the following lattice sizes: 2x2, 4x4, 8x8, 16x16, 32x32. Make sure that you name each datafile that your produce after the corresponding lattice size! Write a Python script to make a plot show...
11:4011:40, 20 November 2018 diff hist +201 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Repeat the final task of the previous section for the following lattice sizes: 2x2, 4x4, 8x8, 16x16, 32x32. Make sure that you name each datafile that your produce after the corresponding lattice size! Write a Python script to make a plot show...
11:0611:06, 20 November 2018 diff hist +325 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Repeat the final task of the previous section for the following lattice sizes: 2x2, 4x4, 8x8, 16x16, 32x32. Make sure that you name each datafile that your produce after the corresponding lattice size! Write a Python script to make a plot show...
10:5310:53, 20 November 2018 diff hist +298 Rep:Simulations of a 2D Ising Model (hhc16) →The Effect of System Size
10:4510:45, 20 November 2018 diff hist +124 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Repeat the final task of the previous section for the following lattice sizes: 2x2, 4x4, 8x8, 16x16, 32x32. Make sure that you name each datafile that your produce after the corresponding lattice size! Write a Python script to make a plot show...
10:3410:34, 20 November 2018 diff hist +599 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Use ILtemperaturerange.py to plot the average energy and magnetisation for each temperature, with error bars, for an 8\times 8 lattice. Use your intuition and results from the script ILfinalframe.py to estimate how many cycles each simulation...
10:1810:18, 20 November 2018 diff hist +224 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Use ILtemperaturerange.py to plot the average energy and magnetisation for each temperature, with error bars, for an 8\times 8 lattice. Use your intuition and results from the script ILfinalframe.py to estimate how many cycles each simulation...
10:0910:09, 20 November 2018 diff hist +1 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: If T , do you expect a spontaneous magnetisation (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export the ou...
10:0910:09, 20 November 2018 diff hist +156 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: If T , do you expect a spontaneous magnetisation (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export the ou...
10:0110:01, 20 November 2018 diff hist +51 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: If T , do you expect a spontaneous magnetisation (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export the ou...
09:5909:59, 20 November 2018 diff hist +74 Rep:Simulations of a 2D Ising Model (hhc16) →Modifying IsingLattice.py
09:4109:41, 20 November 2018 diff hist +586 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Implement a single cycle of the above algorithm in the montecarlocycle(T) function. This function should return the energy of your lattice and the magnetisation at the end of the cycle. You may assume that the energy returned by your energy()...
09:1909:19, 20 November 2018 diff hist +1 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Use the script ILtimetrial.py to record how long your current version of IsingLattice.py takes to perform 2000 Monte Carlo steps. This will vary, depending on what else the computer happens to be doing, so perform repeats and report the error...
09:1809:18, 20 November 2018 diff hist +7 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: If T , do you expect a spontaneous magnetisation (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export the ou...
09:1709:17, 20 November 2018 diff hist +129 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: If T , do you expect a spontaneous magnetisation (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export the ou...
09:1309:13, 20 November 2018 diff hist +140 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: If T , do you expect a spontaneous magnetisation (i.e. do you expect \left\langle M\right\rangle \neq 0)? When the state of the simulation appears to stop changing (when you have reached an equilibrium state), use the controls to export the ou...
03:3103:31, 20 November 2018 diff hist +1,431 Rep:Simulations of a 2D Ising Model (hhc16) →Locating Curie Temperature
03:2603:26, 20 November 2018 diff hist +74 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: Use the script ILtimetrial.py to record how long your new version of IsingLattice.py takes to perform 2000 Monte Carlo steps. This will vary, depending on what else the computer happens to be doing, so perform repeats and report the error in y...
03:2403:24, 20 November 2018 diff hist 0 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: A C++ program has been used to run some much longer simulations than would be possible on the college computers in Python. You can view its source code here if you are interested. Each file contains six columns: T, E, E^2, M, M^2, C (the final...
03:2303:23, 20 November 2018 diff hist +92 Rep:Simulations of a 2D Ising Model (hhc16) →Locating Curie Temperature
03:2203:22, 20 November 2018 diff hist 0 N File:Cython C.gif No edit summary current
03:2203:22, 20 November 2018 diff hist −449 Rep:Simulations of a 2D Ising Model (hhc16) /* TASK: A C++ program has been used to run some much longer simulations than would be possible on the college computers in Python. You can view its source code here if you are interested. Each file contains six columns: T, E, E^2, M, M^2, C (the final...
03:1503:15, 20 November 2018 diff hist +523 Rep:Simulations of a 2D Ising Model (hhc16) →Locating Curie Temperature
03:1103:11, 20 November 2018 diff hist 0 N File:Cython MagvsEn.gif No edit summary current
03:1103:11, 20 November 2018 diff hist +189 Rep:Simulations of a 2D Ising Model (hhc16) →Locating Curie Temperature
03:0903:09, 20 November 2018 diff hist +88 Rep:Simulations of a 2D Ising Model (hhc16) →Locating Curie Temperature
03:0603:06, 20 November 2018 diff hist +445 Rep:Simulations of a 2D Ising Model (hhc16) →Locating Curie Temperature
02:5902:59, 20 November 2018 diff hist +771 Rep:Simulations of a 2D Ising Model (hhc16) →Locating Curie Temperature
02:5702:57, 20 November 2018 diff hist +22 Rep:Simulations of a 2D Ising Model (hhc16) →The Effect of System Size
02:5502:55, 20 November 2018 diff hist +20 Rep:Simulations of a 2D Ising Model (hhc16) →The Heat Capacity

20 November 2018